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Course Outline
Introduction
- Review of SolidWorks core fundamentals
Multibody Design Strategies
- Construction of multibody parts
- Toggling visibility of tree items
- Pattern generation for bodies
- Merging multiple bodies
- Intersection with solid bodies
- Application of the indenting feature
- Removal of solid bodies
Managing Solid Bodies
- Distinguishing between multibody parts and assemblies
- Functionality of saving bodies
- Inserting new parts
- Modeling strategies for rapid tooling
- Partitioning parts
- Automation of assembly processes
Spline-Based Sketching
- Integration of curves within sketches
- Application of splines
- Analysis of solid geometry
- Techniques for style and fit splines
Sweeping Fundamentals
- Core principles of sweeping
- Sweeping utilizing guide curves
- Navigation using the SelectionManager
3D Sketching and Curve Features
- Implementation of curve features
- Sweeping along 3D paths
- Techniques in 3D sketching
- Use of helix curves and spiral features
- Combination of curves
- Refining transitions for smoothness
Threads and Library Feature Parts
- Creation of bottle features
- Saving library feature parts
- Performance optimization considerations
- Generation of sweep paths and edges
Advanced Sweeping Techniques
- Exploration of sweeping options
- Configuration of sweep settings
- Management of profile orientation
- Use of intersection curve features
- Visualization of sweep sections
Loft and Boundary Features
- Comparison of complex feature types
- Execution of lofting and boundary tasks
- Duplication and modification of sketches
Advanced Loft and Boundary Features
- Incorporation of additional curves in lofting and boundary work
- Centerline lofting methods
- Addition of sketch segments
- Model cleanup procedures
- Manipulation of faces
Advanced Filleting and Related Features
- Adjustment of fillet settings and parameters
- Review of fillet options
- Utilization of FilletXpert
- Application of wrap and deform features
Smart Features and Components
- Investigation of advanced feature patterns and configurations
- Automation of design modifications via smart features
- Leveraging design library components and customizable features
Finite Element Analysis (FEA)
- Overview of FEA concepts
- Configuration of FEA simulations in SolidWorks
- Assignment of materials and boundary conditions
- Meshing strategies and model refinement
- Execution of static and dynamic analyses
- Interpretation of FEA outcomes
- Design optimization informed by FEA feedback
Macros and Design Notebook
- Introduction to SolidWorks macros for task automation
- Development of custom tools, menus, and macros for productivity gains
- Application of the design notebook
- Integration of macros with the design notebook
Summary and Future Directions
Requirements
- Fundamental computer literacy
- Working knowledge of mechanics and electronics
- Basic grasp of SolidWorks fundamentals
Target Audience
- Mechatronics Engineers
- Mechanical Engineers
- Electrical Engineers
- Electronics Engineers
35 Hours
Testimonials (1)
The practices and the fact that you can share your screen for guidance from the trainer
